摘要
模块化本体将模块化的思想引入本体研究领域,将本体组织成多个本体模块的集成形式,这样不仅方便了本体的构建,也有利于本体的维护、共享和重用。在提出了一个模块化本体的三层体系结构的基础上,将模块化本体建模过程划分为本体模块划分、本体模块构建、本体模块集成和本体模块一致性检验四个步骤。在分别阐述各个步骤的主要工作之后,使用ε-Connections构建了一个减速器本体的模块化实例,验证了上述模块化本体建模步骤的可行性。
Modular ontology brings the idea of modularation into the domain of ontology research.Organizing ontology as an integrationi of several ontology modules,it not only facilitates the construction of ontologies,but also is conducive to the maintenance,sharing and reuse of ontologies.A three-layer architecture of modular ontology is presented in this paper,furtherly,the process of modular ontology modeling is devided into four steps：modules division,modules modeling,modules intergration and consistency test.Then,the major work of every step is expounded.Finally,an example of the modular ontology of reduser is developed to verify the feasibility of the modeling steps,in which using ε-Connections as the ontology description language.
出处
《计算机技术与发展》
2010年第9期52-56,共5页
Computer Technology and Development
